Search for dissertations about: "NEXAFS"
Showing result 1 - 5 of 38 swedish dissertations containing the word NEXAFS.
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1. Synchrotron Radiation Studies of Molecular Building Blocks for Functional Materials
Abstract : The research on new materials is a primary driving force for progress in human society. One of the most significant research topic nowadays is the development of new functional materials for technological applications, like perovskite implemented in solar cells, and graphene as a representative for the new 2D materials family. READ MORE
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2. Synchrotron Radiation Studies of Free and Adsorbed Molecules
Abstract : This thesis contains two parts. The first part concerns the research work on free molecules using synchrotron-radiation-related techniques. Auger electron spectra of two free open-shell molecules, O2 and NO, were studied experimentally and theoretically. READ MORE
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3. Molecules and Light : A Journey into the World of Theoretical Spectroscopy
Abstract : Two of the main technological challenges of the century are the production of clean energy, on the one hand, and the development of new materials for electronic and spintronic applications that could increase the speed and the storage capacity of regular electronic devices, on the other hand. Organic materials, including fullerenes, organic polymers and organic molecules with metal centres are promising candidates for low-cost, flexible and clean technologies that can address these challenges. READ MORE
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4. Electronic Structure and Film Morphology Studies of PTCDI on Metal/Semiconductor Surfaces
Abstract : Organic semiconductors have received increasing attention over the last decades as potential alternatives for inorganic semiconductors. The properties of these films are highly dependent on their structural order. READ MORE
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5. Characterization and Functionalization of 2D Overlayers Adsorbed on Transition Metals
Abstract : Two-dimensional layered materials, namely monolayer hexagonal boron nitride and graphene were grown by CVD on various transition metals. The physical and chemical properties of these systems were characterized systematically using synchrotron-based spectroscopic techniques, scanning tunneling microscopy and low energy electron diffraction. READ MORE